PhosphoNET

           
Protein Info 
   
Short Name:  CAMTA1
Full Name:  Calmodulin-binding transcription activator 1
Alias:  Calmodulin binding transcription activator 1; CMTA1; KIAA0833
Type:  Unknown function
Mass (Da):  183672
Number AA:  1673
UniProt ID:  Q9Y6Y1
International Prot ID:  IPI00166031
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0005516  GO:0030528   PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350   Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1T12EGKWLPKTSRKSVSQ
Site 2S13GKWLPKTSRKSVSQS
Site 3S16LPKTSRKSVSQSVFC
Site 4S18KTSRKSVSQSVFCGT
Site 5S20SRKSVSQSVFCGTST
Site 6T33STYCVLNTVPPIEDD
Site 7S44IEDDHGNSNSSHVKI
Site 8S46DDHGNSNSSHVKIFL
Site 9S66ECLPKCSSLPKERHR
Site 10T76KERHRWNTNEEIAAY
Site 11Y83TNEEIAAYLITFEKH
Site 12T86EIAAYLITFEKHEEW
Site 13T95EKHEEWLTTSPKTRP
Site 14T96KHEEWLTTSPKTRPQ
Site 15S97HEEWLTTSPKTRPQN
Site 16S106KTRPQNGSMILYNRK
Site 17Y110QNGSMILYNRKKVKY
Site 18Y117YNRKKVKYRKDGYCW
Site 19Y122VKYRKDGYCWKKRKD
Site 20T132KKRKDGKTTREDHMK
Site 21Y152VECLYGCYVHSSIIP
Site 22S230HGIKWTCSNGNSSSG
Site 23S234WTCSNGNSSSGFSVE
Site 24S235TCSNGNSSSGFSVEQ
Site 25S236CSNGNSSSGFSVEQL
Site 26S239GNSSSGFSVEQLVQQ
Site 27S250LVQQILDSHQTKPQP
Site 28S273GSLGAGGSVHHKCNS
Site 29S287SAKHRIISPKVEPRT
Site 30T294SPKVEPRTGGYGSHS
Site 31Y297VEPRTGGYGSHSEVQ
Site 32S299PRTGGYGSHSEVQHN
Site 33S301TGGYGSHSEVQHNDV
Site 34S309EVQHNDVSEGKHEHS
Site 35S316SEGKHEHSHSKGSSR
Site 36S318GKHEHSHSKGSSREK
Site 37S321EHSHSKGSSREKRNG
Site 38S322HSHSKGSSREKRNGK
Site 39S339KPVLLHQSSTEVSST
Site 40S340PVLLHQSSTEVSSTN
Site 41T341VLLHQSSTEVSSTNQ
Site 42S344HQSSTEVSSTNQVEV
Site 43T346SSTEVSSTNQVEVPD
Site 44T354NQVEVPDTTQSSPVS
Site 45T355QVEVPDTTQSSPVSI
Site 46S357EVPDTTQSSPVSISS
Site 47S358VPDTTQSSPVSISSG
Site 48S361TTQSSPVSISSGLNS
Site 49S363QSSPVSISSGLNSDP
Site 50S364SSPVSISSGLNSDPD
Site 51S368SISSGLNSDPDMVDS
Site 52S375SDPDMVDSPVVTGVS
Site 53T411VTNEAVYTMSPTAGP
Site 54S413NEAVYTMSPTAGPNH
Site 55T415AVYTMSPTAGPNHHL
Site 56S424GPNHHLLSPDASQGL
Site 57T446GHKFAFPTTGSSESL
Site 58T447HKFAFPTTGSSESLS
Site 59S450AFPTTGSSESLSMLP
Site 60S452PTTGSSESLSMLPTN
Site 61S454TGSSESLSMLPTNVS
Site 62S467VSEELVLSTTLDGGR
Site 63T479GGRKIPETTMNFDPD
Site 64S510LKAEMVSSNIRHSPP
Site 65S515VSSNIRHSPPGERSF
Site 66S521HSPPGERSFSFTTVL
Site 67S523PPGERSFSFTTVLTK
Site 68T525GERSFSFTTVLTKEI
Site 69T526ERSFSFTTVLTKEIK
Site 70T534VLTKEIKTEDTSFEQ
Site 71S538EIKTEDTSFEQQMAK
Site 72S571AGSSLLPSGGGLSPS
Site 73S576LPSGGGLSPSTTLEQ
Site 74S578SGGGLSPSTTLEQMD
Site 75T580GGLSPSTTLEQMDFS
Site 76S587TLEQMDFSAIDSNKD
Site 77S591MDFSAIDSNKDYTSS
Site 78Y595AIDSNKDYTSSFSQT
Site 79T596IDSNKDYTSSFSQTG
Site 80S597DSNKDYTSSFSQTGH
Site 81S598SNKDYTSSFSQTGHS
Site 82S600KDYTSSFSQTGHSPH
Site 83T602YTSSFSQTGHSPHIH
Site 84S605SFSQTGHSPHIHQTP
Site 85T611HSPHIHQTPSPSFFL
Site 86S613PHIHQTPSPSFFLQD
Site 87S615IHQTPSPSFFLQDAS
Site 88S622SFFLQDASKPLPVEQ
Site 89T631PLPVEQNTHSSLSDS
Site 90S633PVEQNTHSSLSDSGG
Site 91S634VEQNTHSSLSDSGGT
Site 92S636QNTHSSLSDSGGTFV
Site 93S638THSSLSDSGGTFVMP
Site 94T649FVMPTVKTEASSQTS
Site 95S652PTVKTEASSQTSSCS
Site 96S653TVKTEASSQTSSCSG
Site 97T655KTEASSQTSSCSGHV
Site 98S656TEASSQTSSCSGHVE
Site 99S657EASSQTSSCSGHVET
Site 100S659SSQTSSCSGHVETRI
Site 101T664SCSGHVETRIESTSS
Site 102S668HVETRIESTSSLHLM
Site 103S670ETRIESTSSLHLMQF
Site 104S671TRIESTSSLHLMQFQ
Site 105T691MTAEGEVTMETSQAA
Site 106S695GEVTMETSQAAEGSE
Site 107S701TSQAAEGSEVLLKSG
Site 108S707GSEVLLKSGELQACS
Site 109S715GELQACSSEHYLQPE
Site 110Y718QACSSEHYLQPETNG
Site 111S751LYPVAQPSLGNASNM
Site 112S756QPSLGNASNMELSLD
Site 113S761NASNMELSLDHFDIS
Site 114S768SLDHFDISFSNQFSD
Site 115S770DHFDISFSNQFSDLI
Site 116S782DLINDFISVEGGSST
Site 117S788ISVEGGSSTIYGHQL
Site 118Y791EGGSSTIYGHQLVSG
Site 119S797IYGHQLVSGDSTALS
Site 120S800HQLVSGDSTALSQSE
Site 121T801QLVSGDSTALSQSED
Site 122S804SGDSTALSQSEDGAR
Site 123T815DGARAPFTQAEMCLP
Site 124S825EMCLPCCSPQQGSLQ
Site 125S830CCSPQQGSLQLSSSE
Site 126S834QQGSLQLSSSEGGAS
Site 127S836GSLQLSSSEGGASTM
Site 128S841SSSEGGASTMAYMHV
Site 129T860SAASAQGTLGMLQQS
Site 130T874SGRVFMVTDYSPEWS
Site 131Y876RVFMVTDYSPEWSYP
Site 132S877VFMVTDYSPEWSYPE
Site 133S881TDYSPEWSYPEGGVK
Site 134Y882DYSPEWSYPEGGVKV
Site 135S903QEASNNYSCLFDQIS
Site 136Y924QPGVLRCYCPAHDTG
Site 137S947NNQIISNSVVFEYKA
Site 138Y952SNSVVFEYKARALPT
Site 139T959YKARALPTLPSSQHD
Site 140S962RALPTLPSSQHDWLS
Site 141S963ALPTLPSSQHDWLSL
Site 142S969SSQHDWLSLDDNQFR
Site 143S978DDNQFRMSILERLEQ
Site 144T994ERRMAEMTGSQQHKQ
Site 145S996RMAEMTGSQQHKQAS
Site 146S1003SQQHKQASGGGSSGG
Site 147S1007KQASGGGSSGGGSGS
Site 148S1008QASGGGSSGGGSGSG
Site 149S1012GGSSGGGSGSGNGGS
Site 150S1014SSGGGSGSGNGGSQA
Site 151S1019SGSGNGGSQAQCASG
Site 152S1025GSQAQCASGTGALGS
Site 153T1062KHLIHSKTFRGMTLL
Site 154S1094WRTKHADSIDLELEV
Site 155S1138KWDRRAISIPDSLGR
Site 156S1142RAISIPDSLGRLPLG
Site 157S1185PRIHCPASEEPSTES
Site 158S1189CPASEEPSTESWMAQ
Site 159T1190PASEEPSTESWMAQW
Site 160S1192SEEPSTESWMAQWHS
Site 161S1203QWHSEAISSPEIPKG
Site 162S1204WHSEAISSPEIPKGV
Site 163T1212PEIPKGVTVIASTNP
Site 164S1216KGVTVIASTNPELRR
Site 165S1226PELRRPRSEPSNYYS
Site 166S1229RRPRSEPSNYYSSES
Site 167Y1231PRSEPSNYYSSESHK
Site 168Y1232RSEPSNYYSSESHKD
Site 169S1233SEPSNYYSSESHKDY
Site 170S1234EPSNYYSSESHKDYP
Site 171S1236SNYYSSESHKDYPAP
Site 172Y1240SSESHKDYPAPKKHK
Site 173Y1252KHKLNPEYFQTRQEK
Site 174T1255LNPEYFQTRQEKLLP
Site 175S1266KLLPTALSLEEPNIR
Site 176S1276EPNIRKQSPSSKQSV
Site 177S1278NIRKQSPSSKQSVPE
Site 178S1279IRKQSPSSKQSVPET
Site 179S1282QSPSSKQSVPETLSP
Site 180T1286SKQSVPETLSPSEGV
Site 181S1288QSVPETLSPSEGVRD
Site 182S1290VPETLSPSEGVRDFS
Site 183S1297SEGVRDFSRELSPPT
Site 184S1301RDFSRELSPPTPETA
Site 185T1304SRELSPPTPETAAFQ
Site 186T1307LSPPTPETAAFQASG
Site 187S1315AAFQASGSQPVGKWN
Site 188Y1327KWNSKDLYIGVSTVQ
Site 189T1336GVSTVQVTGNPKGTS
Site 190S1343TGNPKGTSVGKEAAP
Site 191S1351VGKEAAPSQVRPREP
Site 192S1360VRPREPMSVLMMANR
Site 193T1372ANREVVNTELGSYRD
Site 194S1376VVNTELGSYRDSAEN
Site 195Y1377VNTELGSYRDSAENE
Site 196S1380ELGSYRDSAENEECG
Site 197T1408AEHIIEATPDRIKQE
Site 198T1432LERTDPATISSTMSW
Site 199S1434RTDPATISSTMSWLA
Site 200S1435TDPATISSTMSWLAS
Site 201T1436DPATISSTMSWLASY
Site 202S1458PSAAQIRSAYNEPLT
Site 203Y1460AAQIRSAYNEPLTPS
Site 204T1465SAYNEPLTPSSNTSL
Site 205S1467YNEPLTPSSNTSLSP
Site 206S1468NEPLTPSSNTSLSPV
Site 207S1471LTPSSNTSLSPVGSP
Site 208S1473PSSNTSLSPVGSPVS
Site 209S1480SPVGSPVSEIAFEKP
Site 210S1496LPSAADWSEFLSAST
Site 211S1500ADWSEFLSASTSEKV
Site 212S1502WSEFLSASTSEKVEN
Site 213S1504EFLSASTSEKVENEF
Site 214T1515ENEFAQLTLSDHEQR
Site 215S1517EFAQLTLSDHEQREL
Site 216Y1525DHEQRELYEAARLVQ
Site 217Y1538VQTAFRKYKGRPLRE
Site 218Y1558AAVIQRCYRKYKQYA
Site 219Y1561IQRCYRKYKQYALYK
Site 220Y1564CYRKYKQYALYKKMT
Site 221S1579QAAILIQSKFRSYYE
Site 222S1583LIQSKFRSYYEQKKF
Site 223Y1584IQSKFRSYYEQKKFQ
Site 224Y1585QSKFRSYYEQKKFQQ
Site 225S1593EQKKFQQSRRAAVLI
Site 226Y1603AAVLIQKYYRSYKKC
Site 227Y1604AVLIQKYYRSYKKCG
Site 228Y1607IQKYYRSYKKCGKRR
Site 229T1619KRRQARRTAVIVQQK
Site 230S1630VQQKLRSSLLTKKQD
Site 231T1633KLRSSLLTKKQDQAA
Site 232S1653FLRRCRHSPLVDHRL
Site 233Y1661PLVDHRLYKRSERIE
Site 234S1664DHRLYKRSERIEKGQ
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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